def _add_per_risk_profiles(self, add_profiles_args):
self.logger.debug("Adding PR profiles:")
profile_id = max(x.profile_id
for x in add_profiles_args.fmprofiles_list)
for _, ri_scope_row in add_profiles_args.scope_rows.iterrows():
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_reinsurance_profile(
profile_id,
attachment=add_profiles_args.ri_info_row.
RiskAttachmentPoint,
limit=add_profiles_args.ri_info_row.RiskLimit,
placement=add_profiles_args.ri_info_row.PlacementPercent))
nodes = anytree.search.findall(
add_profiles_args.program_node,
filter_=lambda node: node.level_id == 2)
for node in nodes:
add_profiles_args.node_layer_profile_map[(
node.name, add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
# Check ri_info row for overall OccLimit
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_occlim_profile(
profile_id,
limit=add_profiles_args.ri_info_row.OccLimit,
))
add_profiles_args.node_layer_profile_map[(
add_profiles_args.program_node.name,
add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
def _add_fac_profiles(self, add_profiles_args):
self.logger.debug("Adding FAC profiles:")
profile_id = max(x.profile_id
for x in add_profiles_args.fmprofiles_list)
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_reinsurance_profile(
profile_id,
attachment=add_profiles_args.ri_info_row.RiskAttachmentPoint,
limit=add_profiles_args.ri_info_row.RiskLimit,
ceded=add_profiles_args.ri_info_row.CededPercent,
placement=add_profiles_args.ri_info_row.PlacementPercent))
for _, ri_scope_row in add_profiles_args.scope_rows.iterrows():
if ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_LOCATION:
nodes = anytree.search.findall(
add_profiles_args.program_node,
filter_=lambda node: self.
_does_location_node_match_scope_row(node, ri_scope_row))
for node in nodes:
add_profiles_args.node_layer_profile_map[(
node.name, add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
elif ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_POLICY:
nodes = anytree.search.findall(
add_profiles_args.program_node,
filter_=lambda node: self.
_does_policy_node_match_scope_row(node, ri_scope_row))
for node in nodes:
add_profiles_args.node_layer_profile_map[(
node.name, add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
elif ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_ACCOUNT:
nodes = anytree.search.findall(
add_profiles_args.program_node,
filter_=lambda node: self.
_does_account_node_match_scope_row(node, ri_scope_row))
for node in nodes:
add_profiles_args.node_layer_profile_map[(
node.name, add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
else:
raise Exception("Unsupported risk level: {}".format(
ri_scope_row.RiskLevel))
def _add_cat_xl_profiles(self, add_profiles_args):
self.logger.debug("Adding CAT XL profiles:")
profile_id = max(x.profile_id
for x in add_profiles_args.fmprofiles_list)
if self.risk_level == common.REINS_RISK_LEVEL_PORTFOLIO:
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_reinsurance_profile(
profile_id,
attachment=add_profiles_args.ri_info_row.
OccurenceAttachmentPoint,
limit=add_profiles_args.ri_info_row.OccLimit,
placement=add_profiles_args.ri_info_row.PlacementPercent,
ceded=add_profiles_args.ri_info_row.CededPercent,
))
add_profiles_args.node_layer_profile_map[(
add_profiles_args.program_node.name,
add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
else:
nodes_all = anytree.search.findall(
add_profiles_args.program_node,
filter_=lambda node: node.level_id == 2)
for _, ri_scope_row in add_profiles_args.scope_rows.iterrows():
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_pass_through_profile(profile_id, ))
# Filter
if (ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_ACCOUNT
) and self._is_defined(ri_scope_row.AccountNumber):
selected_nodes = list(
filter(
lambda n: n.account_number == ri_scope_row.
AccountNumber, nodes_all))
elif ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_LOCATION and self._is_defined(
ri_scope_row.LocationNumber):
selected_nodes = list(
filter(
lambda n: n.location_number == ri_scope_row.
LocationNumber, nodes_all))
elif ri_scope_row.RiskLevel == common.REINS_RISK_LEVEL_POLICY and self._is_defined(
ri_scope_row.PolicyNumber):
selected_nodes = list(
filter(
lambda n: n.policy_number == ri_scope_row.
PolicyNumber, nodes_all))
else:
selected_nodes = nodes_all
for node in selected_nodes:
add_profiles_args.node_layer_profile_map[(
node.name, add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id
# add OccLimit / Placed Percent
profile_id = profile_id + 1
add_profiles_args.fmprofiles_list.append(
common.get_reinsurance_profile(
profile_id,
attachment=add_profiles_args.ri_info_row.
OccurenceAttachmentPoint,
ceded=add_profiles_args.ri_info_row.CededPercent,
limit=add_profiles_args.ri_info_row.OccLimit,
placement=add_profiles_args.ri_info_row.PlacementPercent,
))
add_profiles_args.node_layer_profile_map[(
add_profiles_args.program_node.name,
add_profiles_args.layer_id,
add_profiles_args.overlay_loop)] = profile_id